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Best Business Opportunities in Maharashtra- Identification and Selection of right Project, Thrust areas for Investment, Industry Startup and Entrepreneurship Projects

Automotive Sector: Project Opportunities in Maharashtra

 

PROFILE:

The automotive industry in India is one of the largest in the world and one of the fastest growing globally. A sound transportation system plays a pivotal role in a country’s rapid economic and industrial development. The well-developed Indian automotive industry ably fulfils this catalytic role by producing a wide variety of vehicles. The automobile industry comprises automobile and auto component sectors. It includes passenger cars; light, medium and heavy commercial vehicles; multi-utility vehicles such as jeeps, scooters, motorcycles, three-wheelers and tractors; and auto components like engine parts, drive and transmission parts, suspension and braking parts, and electrical, body and chassis part. The automotive industry designs, develops, manufactures, markets, and sells motor vehicles, and is one of the world's most important economic sectors by revenue. Indian automotive sector is a key contributor to the economic growth. India is World’s second largest two wheeler market, Asia’s third largest passenger vehicle market and World’s fourth largest commercial vehicle and tractor market. Maharashtra has strongly emerged as the top destination in India for automobile sector with a strong presence across the value chain.

 

RESOURCES:

Maharashtra accounts for approximately 33% of the country’s output of automobiles by value. Major automobile clusters in the state are Pune, Nasik, Aurangabad and Nagpur. Maharashtra is the leading producer of heavy and commercial vehicles in the country. Auto and auto ancillaries contribute to 9% of Maharashtra’s manufacturing strength. Maharashtra has a strong skilled labour base supporting the automotive industry. The state offers a strong educational infrastructure with technical institutions providing automobile engineering courses across the state. India's premier automotive R&D, testing and certification organisation, Automotive Research Association of India (ARAI) is present in Pune. India’s first Auto Cluster Development and Research Institute are in the state.

 

GOVERNMENT POLICIES:

Policy aims to promote integrated, phased, enduring and self-sustained growth of the Indian automotive industry. Special policies for Auto industry make it a lucrative investment sector.

·        Exalt the sector as a lever of industrial growth and employment and to achieve a high degree of value addition in the country; Promote a globally competitive automotive industry and emerge as a global source for auto components

·        Establish an international hub for manufacturing small, affordable passenger cars and a key centre for manufacturing Tractors and Two-wheelers in the world. Ensure a balanced transition to open trade at a minimal risk to the Indian economy and local industry

·        Conduce incessant modernization of the industry and facilitate indigenous design, research and development

·        Assist development of vehicles propelled by alternate energy sources;

·        Automatic approval for foreign equity investment of up to 100 per cent for manufacturing of auto components.

·        Setting up of a technology modernization fund, with special emphasis on SMEs and encouragement to establish development centres for SMEs.

·        Increasing exports and related infrastructure and streamlining training/research institutions around auto hubs.

·        Setting up of automotive training institutes and auto design centres, special auto parks and auto component virtual SEZs

·        To enhance and upgrade the testing and validation infrastructure and establish centres of excellence for automotive R&D.

·        Lowering of excise duty on small cars, increasing budgetary allocation for R&D activities and lowering duty regime in general.

·        Weighted increase in the in-house R&D expenditure from 150% to 200% and from 120% to 175% on outsourced R&D expenditure.

Chemical Sector: Project Opportunities in Maharashtra

 

PROFILE:

Chemical industry is one of the oldest industries in India. It not only plays a crucial role in meeting the daily needs of the common man, but also contributes significantly towards industrial and economic growth of the nation. The industry, including petro-chemicals, and alcohol-based chemicals, has grown at a pace outperforming the overall growth of the industry. India’s chemical industry contributes close to 3% to country’s GDP (2009). India is expected to grow at more than 11% till 2011 at almost double growth rate of the global industry. The chemical industry accounts for about 17.6% of the output of the manufacturing sector and around 11% in total exports of the country. The industry registered a growth of 16% from FY 2005 to 2010 In terms of volume, India is 12th largest in the world and 2nd largest in the developing world after China, Maharashtra has strong presence in chemical, petrochemicals, oil and gas sector. Maharashtra contributes 27.4% of total chemicals, petrochemicals and oil and gas output and around 15% of the total production of basic petrochemical products in India. Mumbai, Nagothane, Rabale & Patalganga are major petrochemical hubs while Thane, Mumbai, Pune and Wardha are chemical hubs.

 

RESOURCES:

Maharashtra has a well developed chemical and petrochemicals sector that has been doing extremely well on the economic front. The chemical industry in Maharashtra is among the main industries which has an important contribution to the economy of the state. There are many categories of the chemical industries in Maharashtra such as agrochemicals, dye & pigments, inorganic chemicals, petrochemicals, polymers, textile chemicals, pharmaceuticals etc. Chemical sector has been traditionally strong in Maharashtra with specific strength in Raw materials, Building Block production and Value Addition & Processing with clusters located in the Mumbai, Thane, Pune belt. Maharashtra has a strong skilled labour base supporting the chemical industry. The state offers a strong educational infrastructure with technical institutions providing Chemical engineering courses across the state. There is a strong resource pool and backward linkages with the well-developed chemicals and petrochemicals sector serves as an added advantage. All major domestic and number of global chemicals & petrochemicals players have a presence in the state. It contributes 27.4 per cent of the country's chemicals, petrochemicals and oil & gas output. The state also accounts for 18.2 per cent of the country's employment in the sector. The chemical sector in the country is expected to grow at 15 per cent per annum till 2010 and thus, presents ample opportunities for the state. Opportunities would primarily exist in the areas of polymers & plastics, fertilisers and synthetic yarns. Some of the names are Hindustan Petroleum, Bharat Petroleum, Reliance Industries, and Indo-Rama Synthetics. Maharashtra has a strong presence in the chemicals, petrochemicals, and oil and gas sector.

 

GOVERNMENT POLICIES:

·        Licensing requirements have been removed, except for hazardous chemicals and a few special drugs.

·        Entrepreneurs are allowed to set up chemicals industries following the Industrial Entrepreneurs Memorandum (IEM) route.

·        Under the automatic route, 100% FDI is allowed for all chemicals except hazardous chemicals.

·        In the Union Budget 2009-10, the Department of Chemicals and Petrochemicals was granted an outlay of USD 5.12 Billion

·        To mitigate the impact of anti dumping, Government has imposed 20% safeguard on soda ash

·        The peak rate of customs duty on most chemicals is 7.5%.

·        Plans are underway to set up port-based chemicals parks in SEZs to encourage clustering, provide infrastructure and enable tax concessions.

·        16% excise duty on almost all chemicals

·        Downstream SEZs have been planned to use the output of chemicals parks

 

 

Food and Agro Sector: Project Opportunities in Maharashtra

 

PROFILE:

India is one of the world’s largest producers as well as consumers of food and food products Maharashtra is a bio-diverse state with 9 agro climatic zones and varying soil types, suitable for agricultural development. The export from Maharashtra for fresh vegetables and fruits accounts for 30% and for processed food products is almost 50%. Mumbai port (MPT) and Jawaharlal Nehru Port (JNPT) are major ports used for exporting processed food products. The state has a strong skill base with a total of 73 institutions with an intake capacity of 5,895 students including 4 Agriculture Universities and 5 national level research organizations. Maharashtra has 8 Agricultural Export Zones (AEZ).

RESOURCES:

Reaching top most position in the country Maharashtra is India’s leading agriculture state.  The state has achieved many innovative agro-industrial ventures, the sugar co-operative and cooperatives for cultivating and marketing, including exports of grapes, mangoes, strawberries etc. Wide availability of varied horticultural produce due to varied range of climate & soil conditions offers tremendous scope to flourish state’s processing industry to increase the processing & value addition from present 1.5% to reach up to 35% of total produce.  Bio-diverse state with 9 agro climatic zones and varying soil types is suitable for agricultural development. Maharashtra is the major horticulture state with more than 22.04 lakh hectares area under horticulture and 4.48 lakh hectare area under vegetables. Alphonso Mangoes accounts for 90% of India’s export in mangoes. It leads sugar industry with 201 sugar factories. The export from Maharashtra for fresh vegetables and fruits accounts for 30% and for processed food products is almost 50%. Maharashtra has the highest gross value addition to food products in the country 16.18%. Maharashtra has eight Agri Export Zones spread across the state for Grapes and Grape Wine, Mangoes, Kesar Mango, Flowers, Onion, Pomegranate, Banana and Oranges. It also has additional five crop cluster for Cashew, Sapota, Sweet Orange, Fig and Custard Apple.

GOVERNMENT POLICIES:

Maharashtra Government initiatives are very unique to make agriculture, horticulture, Agri business, Food Processing industry highly competitive and successful in the country.

·         Reimbursement of 50% of the net VAT paid, instead of 25%;

·         5% interest subsidy on term loans for fixed capital investment for 5 years;

·         In the case of products attracting zero VAT, incentives against the amount of VAT retained and not refunded on input purchases.

·         Eligibility criteria (additional investment of 25% subject to a minimum of INR 1 crore) for providing incentives in the case of expansions under PSI 2007

·         The National Horticulture Mission (NHM) provides 50% of the capital cost with a cap of Rs. 3 lakh per unit for basic infrastructure.

 

 

 

 

 

Textile Sector: Project Opportunities in Maharashtra

 

PROFILE:

The textile industry occupies a leading position in the hierarchy of the Indian manufacturing industry. It has witnessed several new directions in the era of liberalization. While textile exports are increasing and India has become the largest exporter in world trade in cotton yarn and is an important player of readymade garments, country’s international textile trade constitutes a mere 3% of the total world textile trade The textile industry is one of the most important pillars of the Indian economy. It contributes about 4% to the GDP, and 17% to the country’s export earnings. It provides direct employment to over 35 million people. Indian textile industry is estimated to be at USD 51.4 billion. The industry accounts for 4% of the country’s GDP and 14% of its industrial production. Maharashtra contributes to about 10.4% to India’s textiles and apparels output. Maharashtra has the largest area under cultivation for cotton (33.4%). The State has witnessed 122 major textile projects with an investment of USD 224 Million.  There exists largest number of the sectors 100% export oriented units, with a count of 560 are based in Maharashtra.

 

RESOURCES:

Maharashtra contributes to about 10.4% to India’s textiles and apparels output. Cotton is available in bulk in Maharashtra which is one of the key factors that have enabled the state to establish a competitive edge. Vidarbha region has a predominant cotton production, while western region is famous for spinning mills. The major clusters of Maharashtra for the industry are Kolhapur, Mumbai, Nagpur, Nashik, Pune, Sangli, Satara, Sholapur and Thane. The State has witnessed 122 major textile projects with an investment of USD 224 Million.  There are largest numbers of the sectors 100% export oriented units, with a count of 560 are based in Maharashtra. Maharashtra has abundant raw material availability, cost effective labour pool, growing domestic market & presence across value chain.

 

 

 

GOVERNMENT POLICIES:

The Ministry of Textiles in India has formulated numerous policies and schemes for the development of the textile industry in India. The Government of India recently announced the new National Textile Policy (NTP), with the objective of facilitating the industry to attain and sustain a pre-eminent global standing in the manufacture and export of clothing.

·         Suitable incentive either in capital or in the form of Interest subsidy shall be provided to the Textile units including spinning and ginning pressing units to promote employment.

·         Credit based capital subsidy or suitable interest subsidy on capital investment and working capital shall be provided to the upcoming Textile units including spinning and ginning units to make them self reliance.

·         Providing Technological Upgradation support to the Textile sector under Technological upgradation Fund (TUF) scheme.

·         Setting up of Textile Parks preferably in Vidarbha, Marathwada and Khandesh Region.

·         Rationalize debt equity ratio with special consideration in Marathwada, Vidarbha and Khandesh region.

·         Development of Infrastructure facilities with integration from fibre to garment manufacturing.

·         Pilot projects for power looms in Malegaon and Bhiwandi, Nanded and Nagpur.

 

Small-Scale Industries: Project Opportunities in Maharashtra

 

PROFILE:

Small Scale Industries may sound small but actually plays a very important part in the overall growth of an economy. Small Scale Industries can be characterized by the unique feature of labour intensiveness. The small scale industries sector plays a vital role in the growth of the country. It contributes almost 40% of the gross industrial value added in the Indian economy. It has been estimated that a million Rs. of investment in fixed assets in the small scale sector produces 4.62 million worth of goods or services with an approximate value addition of ten percentage points. The small-scale sector has grown rapidly over the years. The growth rates during the various plan periods have been very impressive.

 

 

 

RESOURCES:

The Maharashtra Small Scale Industries Development Corporation Ltd., popularly known as MSSIDC, was established with a view to giving a new orientation and strength to the development of Small Scale Industries in the State of Maharashtra. The main objective of MSSIDC is to aid, counsel, assist, finance, protect and promote the interests of Small Industries. The Corporation renders assistance to approximately 30000 SSI units in the State. MSSIDC plays a vital role in revival, development and growth of traditional handicrafts of Maharashtra by responding to the diversified need s of rural artisans and marketing their products in India as well as abroad. Over the years, MSSIDC has grown to become India's leading Small Scale Industries Development Corporation, continuously responding to the expanding and diversified needs of Small Scale Industries, Village and Cottage Industries, providing support services like Training and Entrepreneurship Development Programme.

GOVERNMENT POLICIES:

The Policy for Small Enterprises aims to create a congenial atmosphere conducive to the healthy growth of the Small Scale Sector in the State. The broad policy objectives are enumerated below:

·         To achieve an annual growth rate of 15%.

·         To assist the small scale industries in the State to become competitive, domestically as well as internationally.

·         To increase employment generation - particularly by promoting the labour intensive segments.

·         To improve the export performance of the SSI sector by providing adequate support services.

·         To create a more congenial and hassle-free environment for the functioning of the SSI sector

·         To help the SSI sector acquire new technologies and skills so as to compete effectively in the market place.

·         To promote appropriate linkages between the large and small scale sectors in the interest of harmonious industrial development.

·         To strive to promote an appropriate institutional mechanism to revive sick industries

·         To encourage SSI units to grow vertically and graduate, in the course of time, from small scale to medium and large scale unit.

 

 

 

Information Technology Industry: Project Opportunities in Maharashtra

PROFILE:

Information Technology (IT) industry in India is one of the fastest growing industries. Indian IT industry has built up valuable brand equity for itself in the global markets. The Information technology industry in India has gained a brand identity as a knowledge economy due to its IT and ITES sector. The IT–ITES industry has two major components: IT Services and business process outsourcing (BPO). The growth in the service sector in India has been led by the IT–ITES sector, contributing substantially to increase in GDP, employment, and exports. The sector has increased its contribution to India's GDP from 6.1% in 2009-10 to 6.4% in 2010-11. India is a preferred destination for companies looking to offshore their IT and back-office functions. It also retains its low-cost advantage and is a financially attractive location when viewed in combination with the business environment it offers and the availability of skilled people.

RESOURCES:

Considering Maharashtra’s strengths in terms of human resources, connectivity and infrastructure, and the special significance of Information Technology (IT) for generating employment, increasing efficiency and improving the quality of life, the State Government announced its first IT Policy in 1998. It was followed by the IT and IT Enabled Services (ITES) Policy in 2003 which provided comprehensive support for the further development of this sector in Maharashtra. Information technology (IT) sector in tier two cities like Nagpur, Aurangabad and Nashik are any indication, Maharashtra is all set to emerge as the next IT hub, after Bangalore and Hyderabad. So far, the growth of IT industry in the state has been concentrated in the Pune-Mumbai stretch. However, with the new focus in place, tier two cities are expected to mushroom as key IT centres.

 

GOVERNMENT POLICIES:

Government of Maharashtra has been supporting development of industry and business through a series of far-reaching policy initiatives. The Information Technology industry has been an important thrust area and has been receiving government support. During the last five years, the Government focussed on HRD, IT related infrastructure, fiscal incentives to IT units, IT in Governance and Institutional Framework for the IT sector.  These initiatives have enabled the IT industry in the State to establish an initial lead and a firm foundation for a quantum leap has been laid. Exports of software and ITES from the State presently account for about 20% share of the country’s exports.  These exports have registered an annual growth of more than 30% during the last four years. The whole State has been connected through an Optical Fibre Cable Network and a state wide network of competent training institutions has been established for building a pool of world-class IT professionals for providing strength and support to the IT industry in the State.

 

Biotechnology industry: Project Opportunities in Maharashtra

 

PROFILE:

Biotechnology deals with living systems, including plants, animals and microbes. Biotechnology derives its strength by harnessing biological processes that sustain life. It incorporates any technique, which uses living organisms, parts of organisms and enzymes, proteins, etc., which are either naturally occurring or are derived from such living systems. Such techniques can be used to make or modify the products, improve plant or animal productivity or develop microorganisms for special use. Emerging Biotechnology uses recombinant DNA, cell fusion, embryo manipulation, etc. Biotechnology has the potential to transform the lives of the people in the State by impacting hugely on agriculture, animal husbandry, health, environmental protection, material transformation, etc. Further, Maharashtra has the potential to become a leader in Biotechnology, not only in the country but also in the entire world.

RESOURCES:

The State has an excellent intellectual infrastructure. Through nearly 1000 institutions, it produces around 163,000 trained technical personnel each year. The State has already set up specialised parks for different sections including IT. The bio-industrial enterprises cannot sustain themselves unless they are backed up by a highly trained and skilled human resource. Some of the best Centres of excellence in India that are present in Maharashtra do precisely that. These include the Bhabha Atomic Research Centre, Indian Institute of Technology, Tata Institute of Fundamental Research, University Department of Chemical Technology, and the Cancer Research Institute, all at Mumbai. The Animal Diseases Investigations Laboratory, Pune involved in diagnosis and research of animal diseases, especially in four States of the Western region of the country, has been recognised as reference laboratory by Government of India. New forward looking initiatives in providing specialized education in Biotechnology have already begun to emerge. A number of defence research establishments in the State have been engaged in conducting cutting edge research in Biomedicals, Bioinformatics and Biotechnology.

GOVERNMENT POLICIES:

Maharashtra government is trying to develop biotech industry in the state in order to help to develop affordable and more cost effective drugs and devices to counter diseases common to India and to tropical and sub-tropical areas to reduce the disease burden. To lead the biotechnology industry in the State to a growth path from where it can become globally competitive, the following steps would be taken:

• Providing the appropriate policy framework which will smoothen its path;

• Providing adequate infrastructure, especially in the form of Biotechnology Parks

• Providing an appropriate package of incentives

• Developing a world-class higher education and research base to serve the needs of a growing Biotechnology industry and for creating high quality employment in the State

• Creating supporting institutions for the Biotechnology industry for  the development of human resource as well as for the applications of Biotechnology

• Simplifying the application of labour and other laws and procedures to accelerate the development and growth of the biotechnology industry

• Facilitating new ventures and innovations

 

Waste management: Project Opportunities in Maharashtra

PROFILE:

Waste utilization, recycling and reuse plays a major role in limiting resource consumption and the environmental impact of waste. Recycling is an integral part of any waste management system as it represents a key utilization alternative to reuse and energy recovery (Waste-to-Energy). Which option is ultimately chosen depends on the quality, purity and the market situation. Hazardous waste management is a new concept for most of the Asian countries including India. The lack of technical and financial resources and the regulatory control for the management of hazardous wastes in the past had led to the unscientific disposal of hazardous wastes in India, which posed serious risks to human, animal and plant life.

RESOURCES:

There are 250 urban local bodies (ULBs) in Maharashtra which comprises 23 Municipal Corporations, 220 Municipal Councils, 3 Cantonment Boards and 4 Nagar Pachayats. Per capita MSW generation in various towns of the state ranges 100 to 600 gram per day.  For class I cities in Maharashtra, the waste generation rates are in the range of 14 to 63 kg per capita per day, which includes Mumbai having the highest range of 0.63 kg per capita per day (pcpd). The average waste generation rate for the state is estimated as 35 kg pcpd.  As per the projection, the waste quantities are estimated to increase from 6.18 million tons per year in the year 2004 to 8.05 million tons per year in 2011 and 11.77 million tons per year in 2021. In total over 21632.3 tons per day (TPD) of MSW is generated of which around 50% is generated in Mumbai (8500 TPD), Thane (680 TPD), Pune (1740 TPD) and Kalyan (1050 TPD). Compare to other Metropolitan cities in India, MSW generation is highest in Mumbai.  Available data indicates that Waste generated in Maharashtra contains about 55% of Non-biodegradable and 45% biodegradable components. 

GOVERNMENT POLICIES

National policy on waste management is set out in the October 1998 policy statement on waste management - Changing our Ways. It outlines the Government's policy objectives in relation to waste management, and suggests some key issues and considerations that must be addressed to achieve these objectives. The policy is firmly grounded in an internationally recognised hierarchy of options, namely prevention, minimisation, reuse/recycling, and the environmentally sustainable disposal of waste which cannot be prevented or recovered.

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Production of Gallic Acid from Tannic Acid

Production of Gallic Acid from Tannic Acid Gallic acid is an organic acid found in a variety of foods and herbs that are well known as powerful antioxidants. Foods and herbs such as blueberries, walnuts, apples, flaxseeds, tea leaves, oak bark, watercress, flax seed and tea all contain Gallic acid. Gallic acid is also found in gall nuts, sumac, witch hazel, watercress, oak bark, and a variety of other plants and herbs. Gallic acid is also found as part of tannins, which are astringent, bitter plant polyphenols. Its supplements are available as capsules, ointments and liquid extracts, and have been used traditionally to treat a variety of ailments. The form and dosage depend on the age of the patient and condition being treated. Gallic acid supplements are generally safe to use, although they may interfere with certain blood pressure medications. It is important to consult a doctor before using them to avoid possible adverse reaction and drug interaction. Gallic acid can be bought as a supplement as well, specifically as capsules, liquid extracts, and even ointments. The supplement form of Gallic is not known to have any harmful side effects, though they can negatively interact with anti-hypertensive medications when taken in excess. It is used in the pharmaceutical industry as a standard for determining the phenol content (a large group of several hundred chemical substances) of various analytes by the Folin-Ciocalteau assay. Gallic acid, a product of tannin degradation, finds application in various fields including biological activities such as antibacterial, antiviral and analgesic. The work was undertaken to produce gallic acid from banana flower stalk and coir pith using fungal system isolated from soil of different places. Optimization of incubaton period for maximum fungal biomass was found to be 6 days and 9 days in banana flower stalk and coir pith amended broth respectively. Five fungal strains were chosen for Gallic acid production and the results reveal that banana flower stalk was found to be the better substrate than coir pith in producing gallic acid and fungal strains C 1 and I2 were found to be better producers than I3, T1 and T3. Therefore it is suggested that agricultural wastes containing tannin could be considered as alternative substrates for Gallic acid production. Gallic acid has always been a molecule of industrial importance because of its applications in different sectors from healthcare and food to dyes, inks, paints and photography. It was used in preparation of high grade leather tannins, in the manufacture of inks, paints and colour developers and as a photosensitive resin in the semiconductor production. It is also used in testing of free mineral acids, dihydroxy-acetone and alkaloids. Gallic acid has emerged as a potential drug molecule of therapeutic value as antimicrobial, antioxidant; anticancer, antiviral, antitumor and as a radio protective agent. The major application of Gallic acid was a precursor for synthesis of broad spectrum antibacterial agent, trimethoprim. Gallic acid is used as a starting material for production of food additives like gallic acid esters and derivatives such as propyl gallate, octyl gallate, lauryl gallate and dodecyl gallate which reduce rancidity and work as preservatives. Propyl gallate, an antioxidant and antimicrobial agent is being used in hair products, adhesives and lubricants. Gallic acid is obtained by the hydrolysis of tannic acid with sulfuric acid. When heated above 220°C, gallic acid loses carbon dioxide to form pyrogallol, or 1, 2, 3-trihydroxybenzene, C6H3 (OH) 3, which is used in the production of azo dyes and photographic developers and in laboratories for absorbing oxygen. The Gallic Acid Market is highly competitive due to the presence of well-established key vendors. The availability RD facilities and investments by the market leaders ensure that product innovation is always given top priority. The vendors compete based on price, quality, branding, and customer service. Since there is little differentiation between the products offered in Gallic Acid Market, vendors are focusing on launching new technologies. Tags Gallic Acid Production, Production of Gallic Acid, Gallic Acid Production from Tannic Acid, Gallic Acid Uses, Gallic Acid Benefits, Gallic Acid, Gallic Acid Formation, Process for Preparation of Gallic Acid, Phenolic Acids (Gallic and Tannic Acids), Tannic and Gallic Acids, Gallic Acid from Tannic Acid, Tannic Acid, Preparation of Gallic Acid from Tannic Acid, Gallic Acid Production from Tannic Acid, Gallic Acid Industry, Production of Gallic Acid from Tannic Acid, Gallic Acid Manufacture, Gallic Acid Manufacturing, Project Report on Gallic Acid Production Industry, Detailed Project Report on Production of Gallic Acid from Tannic Acid, Project Report on Gallic Acid Production, Pre-Investment Feasibility Study on Production of Gallic Acid from Tannic Acid, Techno-Economic feasibility study on Production of Gallic Acid from Tannic Acid, Feasibility report on Production of Gallic Acid from Tannic Acid, Free Project Profile on Production of Gallic Acid from Tannic Acid, Project profile on Gallic Acid Production, Download free project profile on Production of Gallic Acid from Tannic Acid
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Agar Agar (Bacteriological Grade) Manufacturing Industry

Agar Agar (Bacteriological Grade) Manufacturing Industry. Bacteriological Grade for Culture Media, Pharmaceutical Industry, Dairy Products, Air Freshener Gel, Dentistry and Food Grade Agar-agar belongs to the family of galactan polysaccharides. Galactan polysaccharides are complex linear sugar polymers containing 22 galactose molecules. It is present in the cell walls of Rhodophyceae class of red algae. Agar is produced in several species of marine algae found across the globe. Most commercial agar-agar is extracted from Gelidium and Gracilaria species. Other commonly used species include Pterocladia and Gelidiella. Bacteriological grade agar is used in clinical applications, auxotrophic studies, bacterial and yeast formation studies, bacterial molecular genetics applications as well as in mammalian and plant tissue cultures. Agars are used in final concentrations of 1-2% for solidifying culture media. Smaller quantities of agar (0.05-0.5%) are used in culture media for motility studies (0.5% w/v) and growth of anaerobes (0.1 %) and microaerophiles. Agar-agar is a unique natural hydrocolloid obtained from the red seaweeds of Gelidium and Gracilaria. These gels are considered more compact and resistant as compared to other gelatin or carrageenan gels. The product’s gel strength is also considerably higher as compared to gelatin. The product also eliminates the need for the addition of any foreign substance such as acids, sugar, proteins and cations for optimizing food texture or flavor. Uses: Agar or agar-agar is a jelly-like substance, obtained from algae. Agar is derived from the polysaccharide agarose, which forms the supporting structure in the cell walls of certain species of algae, and which is released on boiling. These algae are known as agarophytes and belong to the Rhodophyta (red algae) phylum. Agar is actually the resulting mixture of two components: the linear polysaccharide agarose and a heterogeneous mixture of smaller molecules called agaropectin. • Agar Agar is widely used as a solidifying agent for preparation of culture media. • An Agar plate or Petri dish is used to provide a growth medium using a mix of agar and other nutrients in which microorganisms, including bacteria and fungi, can be cultured and observed under the microscope. • Since it is indigestible for many organisms, that microbial growth does not affect the gel used and it remains stable. Agar is often dispensed using a sterile media dispenser. • In the pharmaceutical industry agar has been used for many years as a smooth laxative. In orchid nurseries, agar gels containing appropriate nutrients are used as the growth substrate to obtain clones or copies of particular plants. Meristems – the part of the plant with actively dividing cells, usually the stem tips – are grown in the gel until there has been sufficient root development and growth for them to be transplanted. An advantage of this system is that the plants can be cultured in a sterile environment. • Agar-agar gum is commonly used as an ingredient in dairy products such as yogurt, cheese, creams, custard, spreads, curd, mousses, puddings, infant formula, and smoothies. It can jellify, thicken, and stabilize food items at a lesser concentration level. These properties of solidifying and stabilizing dairy products make agar-agar gum a vital ingredient in the dairy industry. Moreover, this gum has non-nutritive characteristics that makes it advantageous due to the increased demand for no-sugar, no-fat, and no-carbohydrate products. Additionally, several milk-based local desserts in APAC also use agar-agar gum to jellify and it also can be used as a substitute for gelatin. • Agar Agar as a culture media is widely used for practically all pathogenic and nonpathogenic bacteria and fungi because it is not easy to metabolise and has a good gel firmness, elasticity, clarity and stability. Because of its high gellifying power and its vegetable origin, Agar Agar constitutes a natural non-toxic matrix for the formation of culture media in Microbiology. Applications: Culture Media: Because of its high gellifying power and its vegetable origin, Agar Agar constitutes a natural non-toxic matrix for the formation of culture media. It is widely used for practically all pathogenic and nonpathogenic bacteria and fungi because it is not easy to metabolise and has a good gel firmness, elasticity, clarity and stability. Plant Tissue Culture: The major application of Agar Agar is in the field of plant tissue culture. Tissue culture is emerging as the standard method for the propagation of orchids and other ornamental plants, vegetables, fruits and other agricultural products and this has increased the demand for Agar Agar. Dentistry: In prosthetic dentistry, Agar Agar is used in the preparation of dental casts. It is an elastic impression material and it can be reused for making multiple impressions. Air Freshener Gel: Agar Agar is being used in gel form in Air Fresheners. It will have a gel texture with the essential oils infused within it. The global agar agar gum market size was estimated at USD 214.98 million in 2015 and is anticipated to grow at a CAGR of 4.9% from 2016 to 2025. Growing demand for dairy products in line with the westernization of diets has aided industry growth in recent years. The product is widely used in dairy products such as milk, cheese, yogurts, creams, custard, curd, spreads, mousses, puddings, infant-formula, confectioneries, beverages, and smoothies. Gelling and thickening properties of agar agar are anticipated to drive the agar agar gum market during the forecast period. The F&B industry is likely to witness an increase in demand for agar agar gum, in the next few years, as a stabilizer and solidifying agent. Agar agar gum is preferred over other polysaccharides due to the large hystersis between the melting and setting temperatures of agar agar gum, an unusual property of a polysaccharide. Agar-agar is primarily utilized in the F&B industry, due to high compatibility of agar agar gum in sugary environment, in order to provide stable structure to concentrated sugary system. Thus, the demand for agar agar gum is expected to rise significantly from sugary food products even after the forecast period. However, rising health concerns (diabetes, high blood pressure, obesity, etc.) due to these processed sugary products are likely to hamper the agar agar gum market in the near future. One driver in the market is growing demand from baking and confectionery industry. Bakery and confectionery products include products that are jellified for a prolonged shelf life and appealing look. The latter is vital because visual appeal plays an important role in the purchase decision of consumers, especially in the bakery industry. Agar-agar gum prevents the products from sticking and makes them more palatable. The availability of a variety of agar-agar gum in the market is driving its growth. The development of new products and applications is one of the latest trends that will contribute to the growth of the agar-agar gum market in the forthcoming years. Agar-agar gum manufacturers are investing heavily in R&D activities for the development of new products. They are finding new ways to distinguish their brands by producing new products to increase their revenues. The global agar market is segmented on the basis of application which includes: food & beverages, bacteriological applications, technical applications and others (agriculture). In 2015, of these segments, food & beverages segment dominated the market in terms of value and volume, and is expected to remain dominant over the forecast period. Food & beverages segment is further sub segmented as bakery, confectionery, dairy, canned meat/poultry products, beverages, sauces, creams & dressings, dietetic products and others. In addition bacteriological is further sub-segmented as culture media and microbiology. Technical application is sub-segmented as cosmetology and medical applications. The technical application segment is expected to expand at the highest CAGR in terms of value during the forecast period. Few Indian major players are as under: • Marine Hydrocolloids • Leeman Laboratories • Osler Scientific Enterprises • Lakshmi Engineering Products • Saffron Life Science Tags Bacteriological Grade Agar, Agar Bacteriological Grade, Agar Agar, Bacteriological Grade, Agar Agar Bacteriological Grade, Agar Agar Manufacture, Industrial Agar Agar, Manufacturing Food Grade Agar Agar, Bacteriological Agar?, Industrial Production of Agar Agar, Bacteriological Grade Agar Agar Manufacturing Plant, Preparation of Agar-Agar, Agar Bacteriology Grade, Process for Producing Agar-Agar, Agar Agar Food Grade, Agar Powder (Bacteriological Grade), Agar Agar Production, Applications, Production of Agar, Process for Production of Agar, Industrial Production of Agar-Agar PPT, Manufacture and Composition of Commercial Agar Agar, Agar Industry, Agar Factory, Agar-Agar Manufacturing Factory, Project Report on Agar-Agar Manufacturing Industry, Detailed Project Report on Agar-Agar Manufacturing, Project Report on Bacteriological Grade Agar Agar Manufacturing Plant, Pre-Investment Feasibility Study on Agar-Agar Manufacturing, Techno-Economic feasibility study on Bacteriological Grade Agar Agar Manufacturing Plant, Feasibility report on Bacteriological Grade Agar Agar Manufacturing Plant, Free Project Profile on Bacteriological Grade Agar Agar Manufacturing Plant, Project profile on Bacteriological Grade Production, Download free project profile on Agar-Agar Manufacturing
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Return: 1.00%Break even: N/A
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Control Panel Manufacturing Industry

Control Panel Manufacturing Industry. Production of Control Cabinets. Electrical Panel Manufacturing Business Control Panel and cabinet design is fundamental in allowing the user to interact efficiently with the industrial process right on the front line. Industrial control panels consist of power circuits or control circuits (or both) which provide signals that direct the performance of machinery or equipment. Industrial control panels don’t include the main power, nor do they include the controlled equipment; rather, the panel is mounted on a back panel (or subpanel) or in an enclosure, depending on the application. The control panels are enclosures fabricated out of sheet metal which can be open, semi enclosed or totally enclosed type. They direct and control electric power to equipment and appliances. A control panel is a flat, often vertical, area where control or monitoring instruments are displayed or it is an enclosed unit that is the part of a system that users can access, as the control panel of a security system (also called control unit). The electrical control panel is an essential item in industrial electrification. It regulates the function of the electrical equipment. Electrical panels fitted with necessary relays are also used to protect electrical equipment from being damaged due to short circuit and overloading. Furthermore, the control panels are enclosures fabricated out of sheet metal. It is open type, semi enclosed or totally enclosed type. In addition, they indicate the parameters like voltage, current, frequency & PF on the face of the panel. Also, they can regulate the power supply with the help of switches/circuit breakers. Types of Control Panel There are several different combinations when it comes to these devices and some of the most basic types include: • Low Tension Control Panels • High Tension Control Panels • Instrument Control Panels • Motor Control Panels • Lighting Control Panels • Generator Control Panels Switchgears and control panels form a part of power distribution equipment and are widely used in power grid or electricity distribution systems. Low-voltage and medium-voltage switchgear are used in many industries such as oil and gas, and paper and pulp, while high-voltage switchgears are primarily used in power substations. Capacitors are widely used as parts of electrical circuits in many common electrical devices and also in power distribution systems. The rising demand in the power capacity addition is marginally boosting the demand for distribution machinery such as switchgears and control gears. The demand for the panels is increasing day-by-day. Rapid electrification and industrialization are the main reason for the growth. Functionally, it is an integral part of all electrical equipment like Motor, Generator, Transformer, Motor Control Centre, Incinerator etc. However, it is a B2B business. The automotive control panel market is projected to grow at a CAGR of 8.10% from 2016 to 2021, to reach a market size of USD 110.18 billion by 2021. Key factors driving the growth of this market include rapid urbanization, increasing luxury car sales, and growing demand for interior comfort. Growth drivers Today, highly-efficient control panel and switchgear applications are in huge demand across end-user segments such as industrial, construction (residential/ commercial), power generation, and transmission and distribution (T&D) utilities. Growth in key sectors such as oil and gas, petrochemicals, steel, cement, and telecom are the major growth drivers for control panel and switchgear industry. The other factors leading to the growth of the automotive control panel market are the introduction of stringent safety norms and increasing vehicle electrification. Increase in demand for enhanced cabin comfort and convenience features in high end passenger vehicles owing to the increase in purchasing power, also helps in the growth of the automotive control panel market. Based on components, the automotive control panel market has been segmented as rotary switch, roof light, touch pad, smart roof, locking function, side mirror, door panel light, driver monitoring camera, electric window and others. Amongst these, driver monitoring camera is expected to grow significantly over the forecast period. These cameras detect any risky behavior on the part of the driver, thereby helping in avoiding potentially dangerous situations during driving. The rise in the number of road accidents caused by driver drowsiness or fatigue, is driving the installation of driver monitoring camera systems. Increasing traffic in urban areas, is also a key factor responsible for the rising number of road accidents. The rising demand for safety features in vehicles, would accelerate the growth of the driver monitoring camera market. Automotive control panels are electrical and displaying controls that are being used for the operation of vehicles. The control panel provides the driver with operational knowledge of various systems of the vehicle. Control panels form an integral part of passenger cars, motorcycles, airplanes, ship, boats and other vehicles. Highly-efficient control panel and switchgear applications are in huge demand across end-user segments such as industrial, construction (residential/ commercial), power generation, and transmission and distribution (T&D) utilities. Planned investment across major infrastructures projects such as airports, metro rail, mono rail, industrial corridor are expected to drive the growth further. Plus investments in renewable and alternative energy sources, modernization of power plants and various government schemes are also expected to boost the market. Global Automotive Control Panel Market is driven by factors such as development of electronics and communications industry is also contributing extensively in the growth of the automotive control panel market. The other factors leading to the growth of the automotive control panel market are the introduction of stringent safety norms and increasing vehicle electrification. Increase in demand for enhanced cabin comfort and convenience features in high end passenger vehicles owing to the increase in purchasing power, also helps in the growth of the automotive control panel market. Indian switchgear and control panel market size is approx. $4.4 Billion (2017) and projected to reach $8.2 Billion by 2022. Few Indian major players are as under: • Aartech Solonics Ltd. • Annanya Interface & Controls Pvt. Ltd. • Bonfiglioli Renewable Power Conversion India Pvt. Ltd. • C G-Ziv Power Automation Solutions Ltd. • Eimco Elecon Electricals Ltd. • H B Electro Control Pvt. Ltd. • Impression Automation & Robotics Pvt. Ltd. Tags Control Panel Manufacturing, Industrial Control Panels, Control Panel Manufacture, Manufacturing of Control Panels, Manufacturing of Electrical Panel, Control Panel Production, Control Panels Manufacturing Industry, Electrical Control Panel Manufacturing Process, Electrical Panel Manufacturing Process Pdf, Electrical Control Panel Manufacture, Electrical Panel Manufacturing Project Report, Industrial Control Panel Manufacturers, Electrical Control Panel Manufacturing Industry, Panel Manufacture, Control Panel Manufacturing Company, Control Panels Boxes & Boards Manufacturing, Integrated Control Panels?, Electric Control Panel, Panel Manufacturing, Electrical Control Panel Manufacturing, Control Cabinets, Control Panel Cabinet, Control Panel Boards Cabinet Manufacture, Custom Control Panels & Cabinets for Industrial, Control Cabinet Manufacturing, Manufacturing an Electrical Control Cabinet, Panel and Control Cabinets, Electrical Cabinets, Production of Electric Cabinets, Project Report on Control Panel Manufacturing Industry, Detailed Project Report on Control Cabinet Manufacturing, Project Report on Control Panel Manufacturing, Pre-Investment Feasibility Study on Control Panel Manufacturing, Techno-Economic feasibility study on Control Cabinet Manufacturing, Feasibility report on Control Cabinet Manufacturing, Free Project Profile on Control Cabinet Manufacturing, Project profile on Control Cabinet Manufacturing, Download free project profile on Control Panel Manufacturing
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Return: 1.00%Break even: N/A
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Cold Water Starch Production Business

Cold Water Starch Production Business. Manufacturing of Cold Water Starch for Laundry, Dry Cleaning, Textile Finishing, Paper Smoothening, Printing Finishing, Gluing and Gumming Industry Cold water starch is a modified starch used to stiffen textile and other related fabric. Cold water starch is used to stiffen clothes and fabrics. It is used in cold water at room temperature on the fabric to be treated. Production of cold water starch is a lucrative business due to high demand for it. Cold water starch is easy to use; it does not require boiling water to prepare it, this has made it a darling to starch users and launderers. The raw materials for producing it are affordable and readily available in the market. Cold water starch is used during laundry and is applicable on a small or large scale. It is simply used in cold (room temperature) water or directly on the material to be treated. Types: There are two types, namely the powder and the liquid. However, the liquid is also found in aerosol pack. Uses: 1. Laundry and dry cleaning 2. Textile finishing (cloth, bandages, rug towels) etc. 3. Fishing and other nets finishing 4. Paper smoothening (in paper production) 5. Printing finishing (Anti-set-off powder) 6. Gluing and gumming (labeling, binding & gumming) Cold water starch, which is popularly used by many because it is easier to apply, comes in two variants, namely, the dry (powder form) and the liquid cold water starch. Making of cold water soluble starch is one profitable business anyone can venture into with minimal capital and generate steady income with remarkable high turnover. It is used during laundry and is applicable on a small or large scale. Home owners use the product including businesses that do laundry and dry cleaning. Manufacturing Process Mixing of Starches: • The waxy maize starch 20% and common corn starch 80% are mixed with water to get a slurry. • Ethanol -water mixture. • Prepare an ethanol 60%-water 20% mixture. • Add the mixture of starch (20%) to the ethanol-water mixture (80%). • Stir continuously and a slurry is prepared, • This slurry is pumped through a tubular jacketed reactor at a temperature 150-172°C for 2 minute residence time. • Cool the slurry to 40°C. • Filter the slurry by centrifuge and recycle the ethanol. • Dry the starch and • Filled in the poly bags and sent to store/ sale. Industrial starches are largely used as adhesives in paper and packaging material manufacturing, etc. There is an increase in the demand for the adhesive in the packaging industry, which is helping its growth. The growing demand for industrial starches in the construction industry and the high demand for food additives as thickeners are also responsible for the growth of the market. Growing demand for starch is mainly due to its use in the coating of papers as one of the binders. Coated paper from starch has enhanced smoothness, whiteness, stability, and hence, improves the printing quality, which has boosted sales of industrial starches. The demand for starches and derivatives looks very promising in India as all the major user segments of starches and derivatives are showing near double digit growth in their production. The major users of starches and derivatives are food, textile, paper and pharma sectors. The textile sector is one of the oldest industries in the Indian economy dating back several centuries. It is also one of the largest contributors to India’s exports with approximately 11 percent of total exports. The Indian textile industry, currently valued at around INR 7265 bn ($110 bn), is expected to reach $225 bn by 2021. The industry contributes about 5 percent of India’s GDP. Starch is an important raw material for the textile industry, with applications in sizing, finishing and printing. Approximately 80 percent of the starch used in textiles is in sizing and minor quantity of starches are used in garment finishing. The increasing consumption of industrial starch as adhesives in consumer products and packaging industry is anticipated to boost the growth of the global industrial starch market. The emerging trend of biofuels and biomaterials and the consumption of starch in this industry is expected to drive the growth of the industrial starch market. The global industrial starch market can be divided into seven regions, namely North America, Latin America, Western Europe, Eastern Europe, Asia Pacific Excluding Japan (APEJ), Japan and Middle East and Africa (MEA). APEJ holds major share in the industrial starch market in terms of consumption. This is attributed to the growth of end-use industries such as textile, paper and food industry in the emerging clusters of the region. North America also accounted for the significant share in the industrial starch market, owing to the rapid growth of industrial packaging in the region. The growing end-use industries and industrial packaging industry in Western Europe is anticipated to increase the share of the industrial starch market in the region. Tags Production of Cold Water Starch, Liquid Cold Water Starch Business, How to Start a Cold Water Starch Business, Starting a Cold Water Starch Company, How to Produce Cold Water Starch, Cold Water Starch Production, Production of Cold Water Starch Powder, How to Make Cold Water Starch Pdf, Cold Water Starch Production Business Plan, Cold Water Starch Production, Cold Water Starch Production Business, Production of Liquid Cold Water Starch, Uses of Cold Water Starch, Starch, Instant Cold Water Starch, How to make Liquid Starch for Clothes, Cold Water Soluble Starch for Textile Industry, Project Report on Cold Water Starch Production Industry, Detailed Project Report on Cold Water Starch Production, Project Report on Cold Water Starch Production, Pre-Investment Feasibility Study on Cold Water Starch Production, Techno-Economic feasibility study on Cold Water Starch Production, Feasibility report on Cold Water Starch Production, Free Project Profile on Cold Water Starch Production, Project profile on Cold Water Starch Production, Download free project profile on Cold Water Starch Production
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Return: 1.00%Break even: N/A
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Green Peas Processing and Preservation using IQF Technology

Green Peas Processing and Preservation using IQF Technology. Start your own Vegetable Preservation and Processing Business Green peas are a tasty and very nutritious vegetable that should be a part of almost everyone's diet. They're a great source of protein, vitamins, minerals, and soluble fiber. They are also very versatile. Peas can be cooked and prepared in many different ways and can add flavor and interest to many dishes. Another advantage of peas is that they are often inexpensive to buy. In addition to being a component of a meal, green peas can be used to make other foods, including soups, puddings, and porridges. They also make a great addition to items such as salads, stews, pies, pasta, and omelettes. Freeze drying is a relatively recent method of preserving food. It involves freezing the food, then removing almost all the moisture in a vacuum chamber, and finally sealing the food in an airtight container. Freeze dried foods can be easily transported at normal temperatures, stored for a long period of time, and consumed with a minimum of preparation. Freeze-dried food has many advantages. Because as much as 98% of the water content has been removed, the food is extremely lightweight, which significantly reduces the cost of shipping? This also makes it popular with boaters and hikers who have to carry their food with them. Because it requires no refrigeration, shipping and storage costs are even further reduced. Freeze-dried food is also relatively contamination-free since the dehydration process makes it virtually impossible for yeast and potentially harmful bacteria to survive. Types of Green Peas The scientific name of the green pea plant is Pisum sativum. The plant is also known as the garden pea or simply "the pea". There are many closely related varieties of Pisum sativum. These have slightly different characteristics. Somewhat confusingly, the different varieties of green pea often have different common names. Biologically, a pea pod is a fruit and the peas inside are seeds. In some varieties of green pea the pods are edible and in others they aren't. Inedible pods have a fibrous inner layer which edible pods lack. Some popular varieties of green pea are described below: • Snow peas have flat, edible pods. They are picked when the peas are very small and are eaten whole. Snow peas are also known as Chinese pea pods and are often eaten raw or stir fried. • Sugar snap peas also have edible pods and are eaten whole. The pods are sweeter and rounder than snow pea pods and have a crunchy texture when raw. • Marrowfat peas are green peas with unusually large and starchy seeds. • Yellow peas are varieties of the green pea plant that have yellow seeds instead of green ones. • Split peas are dried peas which have been allowed to split naturally into two sections or are helped to do so mechanically. They are produced from both green and yellow varieties of the pea plant. Some of the health benefits of Green Peas are given below. • Green Peas help in losing weight. • Green Peas help in controlling blood sugar levels. • Green Peas help in prevention of wrinkles, Alzheimer’s, arthritis, bronchitis and osteoporosis. • Green Peas source of anti-aging, strong immune system, and high energy. • Green Peas may help in prevention of stomach cancer. • Green Peas may help in improving digestion. Pea is a quick growing, an annual herbaceous vine which requires the trellis to support its growth. It flourishes in well-drained, sandy soil supplemented with adequate moisture and cold weather conditions. Short-stalked, green pods appear by late winter or early spring. Each pod measures about 2-3 inches long, swollen or compressed, straight or slightly curved, filled with a single row of 2-10, light-green, smooth edible seeds. Green peas are winter crops. Fresh peas can be readily available from December until April in the markets. However, dry, mature seeds, and split peas, flour...etc., can be found in the markets around the year. Green peas are at their best soon after harvest since much of their sugar content rapidly convert into starch. To store, place them inside a vegetable container in the home refrigerator set at high relative humidity where they keep fresh for 2-3 days. Frozen seeds, however, can be used for several months. Pea cultivation is suitable to the cold climatic regions such as North America and Europe where various commercial varieties of peas such as dry peas, yellow, green, maple, green marrowfat, and Austrian winter peas are grown. Dry peas are ranked fourth in terms of world production of legumes below soybeans, peanuts, and dry beans. Yellow peas and green peas are the commercially grown varieties, with yellow peas dominating the global production. North America dominates pea production, followed by Europe. However, the large countries in Asia-Pacific such as China and India are growing at a fast rate. The increasing world population, mainly in the developing regions, is continuously driving the consumption demand for dry peas. Due to the high consumption demand, developing countries such as China and India are unable to meet the domestic requirement despite having high production volume. Indians generally prefer green and fresh vegetables but they are available only during seasons. Some their shelf life is not more than 3-4 days. But dehydration technique preserves them for few months and the original taste, flavour and colour is also retained. Green peas are very popular and they are used along with other vegetables in many vegetarian and continental dishes. Many fast food and snack items also include green peas. Thus apart from household demand, there is a continuous demand from restaurants, dhabas, caterers and canteens. Fresh, sound and green pea pods are thoroughly washed in water and then pea seeds are separated and cleaned with the help of pea podder. Then they are pricked as pricking facilitates quick and uniform drying of peas. Then they are blanched and sulphited to retain colour, taste and texture in the final product. Blanched peas are then dried in a drier wherein moisture is reduced to 7-8%. Drying time is around 3 hours. Finally dried peas are graded and packed. Green peas are available for around 5 months during winter season only. They are used for making vegetables, as additives in certain vegetables and for making several snack preparations. Hence, if they are made available even during off-season, there is a good market for them. A small scale unit with lower overheads can offer competitive prices. Marketing would play a critical role. Likewise, the promoters should have adequate financial resources as the finished goods stock of around 5-6 months shall have to be stored. Pea (Pisum sativum) is the third most important pulse crop at global level, after dry bean and chickpea and third most popular rabi pulse of India after gram and lentil. Uttar Pradesh is the major field pea growing state. It alone produces about 49 % of pea produced in India. Garden pea is cultivated on a large scale in other states like Madya Pradesh and Jharkhand, Himachal Pradesh, Punjab, West Bengal, Haryana, Bihar, Uttarakhand, Jammu and Kashmir, Odisha, parts of Rajasthan and Maharashtra. In south it is grown in Karnataka and in the hilly regions like Ooty and Kodaikanal. Tags Green Peas Processing Unit, Frozen Green Peas Project, Peas Processing Plant Project Report, Frozen Peas Processing Plant in India, Green Peas Business, Green Peas Processing, Vegetable Processing Plant, Green Peas Processing Plant, Peas Processing Plant, Green Peas Processing & Preservation, Frozen Pea Processing Plant, Project Report on Green Peas Processing, Preservation of Vegetables, Green Pea Production, Food Processing, Green Peas Dehydration, How to Start a Food Processing Unit in India, How to Start a Frozen Food Business, Profitable Green Peas (Matar) Farming Process, Pea Processing Factory, Processed Fruit and Vegetables, How to Preserve Green Peas, How to Store and Preserve Green Peas, How to Frozen Green Peas, Preserving Peas, Preservation of Vegetables, Freezing of Green Peas, Green Peas Preservation, Vegetable Preservation and Processing, Frozen Pea Processing Plant, Project Report on Green Peas Processing Industry, Detailed Project Report on Green Peas Preservation, Project Report on Green Peas Preservation, Pre-Investment Feasibility Study on Green Peas Processing, Techno-Economic feasibility study on Green Peas Processing, Feasibility report on Green Peas Preservation, Free Project Profile on Green Peas Processing, Project profile on Green Peas Preservation, Download free project profile on Green Peas Processing, Agro Based Food Processing Industry, Projects for Small Scale Food Processing Industry, How to Start Manufacturing Processing Business, Agri-Business & Food Processing, Agro and Food Processing, Food Processing Business, Agricultural Business Plan, Most Profitable Agriculture Business Ideas, Food Processing & Agro Based Profitable Projects, Most Profitable Food Processing Business Ideas, Food Processing Industry in India, How to Start Food Processing Industry
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Return: 1.00%Break even: N/A
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Cashew Nut Shell Oil

Cashew (Botanical name Anacardium Occidentale) was introduced in India by the Portuguese four centuries ago mainly to prevent soil erosion. Cashew Nut Shell Liquid (CNSL) is a versatile by-product of the cashew industry. The nut has a shell of about 1/8 inch thickness inside which is a soft honey comb structure containing a dark reddish brown viscous liquid. It is called cashew nut shell liquid, which is the pericap fluid of the cashew nut. These units adopt either the Drum Roasting Method or Hot Oil Bath Process while processing cashew nuts. It is reported that raw cashew nuts contains over 20% oils in the shells. India is the largest consumer and the second largest producer of cashew nut shell liquid in the world. The linear and quadratic trend models estimated India‘s cashew nut shell liquid export to be at 19,044.37 tonnes and 23,483.48 tonnes for the year 2020 respectively. Hence, there has been a steady increase in the cashew nut shell liquid export. This facilitates the development of new technologies and ensures a high quality product. Few Indian major players are as under • Golden Cashew Products Pvt. Ltd. • Kerala State Cashew Devp. Corpn. Ltd. • Padmavathi Cashews & Coffee Ltd. • Pratap Cashew Co. Ltd.
Plant capacity: Cashew Nut Shell Oil : 1500 MT/Annum De-Oiled Cashew Nut Shell Cake (bye Product) : 13000 MT/AnnumPlant & machinery: 24 lakhs
Working capital: -T.C.I: Cost of Project: Rs 159 lakhs
Return: 27.00%Break even: 57.00%
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Cashew Nut Shell Oil Production

Cashew Nut Shell Oil Production. Manufacturing of Cashew Nut Shell Liquid or CNSL or Cashew Shell Oil or CNSL Oil CASHEW NUT SHELL LIQUID or CNSL or Cashew Nut Oil or Cashew Shell Oil or CNSL Oil is a versatile by product of the Cashew industry. The nut has a shell of about 1/8 inch thickness inside which is a soft honey comb structure containing a dark reddish brown viscous liquid. It is called CASHEW NUT SHELL LIQUID or CNSL. Which is the pericarp fluid of the Cashew Nut. It is often considered as the better and cheaper material for unsaturated phenols. CNSL has innumerable applications, such as friction linings, paints, laminating resins, rubber compounding resins, cashew cements, polyurethane based polymers, surfactants, epoxy resins, foundry chemicals, and intermediates for chemical industry. It offers much scope and varied opportunities for the development of other tailor-made polymers. Cashew Nut Shell Liquid undergoes all the conventional reactions of phenols, CNSL aldehyde condensation products and CNSL based phenolic resins are used in applications such as surface coatings, adhesives. Various polyamines synthesized from CNSL are used s curing agents for epoxy resins. CNSL and its derivatives have been used as antioxidants, plasticizers and processing aids for rubber compounds, modifiers for plastic materials and used to provide oxidative resistance sulphur-cured natural rubber products. It is also added to rubber gum stock or nit rile rubber to improve the processability, mechanical properties and resistance to crack and cut properties of the vulcanisates. CNSL has innumerable applications in polymer based industries such as friction linings, paints and varnishes, laminating resins, rubber compounding resins, cashew cements, polyurethane based polymers, surfactants, epoxy resins, foundry chemicals and intermediates for chemical industry. It offers much scope and varied opportunities for the development of other tailor - made polymers. Raw Cashew nut shell contains over 20% CNSL. In the oil bath process about 10% of oil is recovered as a by-product. By using expellers for extraction, it is possible to extract a further quantity of about 10% more from the shells. Thus from 1 tonne of shells using oil bath process, upto 100 Kg of good quality of CNSL could be extracted by using oil expellers. It is advisable that a small unit of the size given below for extraction and recovery of CNSL is set up adjacent to each good cashew processing unit in view of the economic importance and ready foreign as well as internal demand of the product. Cashew-Nut Shell Liquid Oil (CNSL) is an important by-product of cashew. India’s Cashew-Nut Shell Liquid Oil Export Market: Along with quality cashew kernel, Indian cashew nut industry is producing quality Cashew-Nut Shell Liquid oil which is also exportable. Indian cashew nut industry has big market for CNSL. CNSL oil is used in industries hence there is good demand from industrially developed countries. USA and China are the top most importers of Indian Cashew-Nut Shell Liquid oil. Cashew nut shell liquid oil processing is one of the amazing and latest business ideas which has great market demand as it has many applications. Cashew Oil or Cashew Nut Shell Oil is a dark reddish brown viscos liquid, extracted from soft honey comb structure inside the cashew shell. CNSL has over 200 patents on its industrial applications. The growth of this sector is expected to be high due increasing demand in the market, the CNSL oil market is expected grow with CARG of 7.8% by the year 2022. Cashew nut shell liquid oil processing business has favorable market potential and great profitability. KEY MARKETS AND EXPORT DESTINATIONS • Export of cashew nut shell liquid/Cardanol from India stood at 6,908 MT, valued at Rs 26.28 crore (US$ 4.08 million) during April 2017-December 2017, while exports of cashew kernels stood at 67,653 MT, valued at Rs 4,715.21 crore (US$ 731.15 million) during the same period. • Export earnings from raw cashew nut during April 2017- October 2017 stood at 3,775 MT worth US$ 6.96 million. • India accounts for about 65 per cent of global cashew exports. • India exports cashew kernels to over 60 countries. Its major markets are the US, the Netherlands, Japan, Spain, France, Germany, the UK as well as Middle East countries such as the UAE and Saudi Arabia. Few Indian major players are as under: • Golden Cashew Products Pvt. Ltd. • Kerala State Cashew Devp. Corpn. Ltd. • Padmavathi Cashews & Coffee Ltd. • Pratap Cashew Co. Ltd. Tags Cashew Nut Shell Oil, Cashew Nut Shell Liquid (CNSL), Manufacturing Process of Cashew Nut Shell Liquid, Cashew Nut Shell Liquid Production, Cashew Nut Shell Liquid CNSL Oil, Cashew Kernel and Cashew Nut Shell Liquid Production, Cashew Nut Shell Oil Manufacture, Cashew Nut Shell Liquid Project Report, Cashew Nut Shell Oil Extraction, Cashew Nut Shell Liquid Uses, Cashew Nut Shell Liquid Manufacturing Process, How to make Cashew Oil, Cashew Nut Shell Liquid Oil Uses, Cashew Nut Processing with CNSL, CNSL Processing, CNSL, Cashew Oil, Cashew Nut Oil, Production of Cashew Nut Shell Oil, Cashew Processing in India, Extraction of Oil from Cashew Nut, Extraction of Cashew Nut Kernel Oil, Cashew Nut Shell Oil Extraction Process, Cashew Kernel Oil Production, Oil Extraction Process Of Cashew, Cashew Nut Shell Oil Distillation (CNSL), Cashew Nut Shell Liquid/Oil (CNSL), Project Report on Cashew Nut Processing Industry, Detailed Project Report on Cashew Nut Oil Production, Project Report on Cashew Nut Shell Oil Extraction, Pre-Investment Feasibility Study on Cashew Nut Shell Liquid Production, Techno-Economic feasibility study on Cashew Kernel and Cashew Nut Shell Liquid Production, Feasibility report on Cashew Nut Shell Oil Extraction, Free Project Profile on Cashew Nut Oil Production, Project profile on Cashew Nut Shell Liquid Production, Download free project profile on Cashew Nut Oil Production
Plant capacity: -Plant & machinery: -
Working capital: -T.C.I: -
Return: 1.00%Break even: N/A
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Spices (Turmeric, Red Chilli, Dhaniya and Jeera Powder)

Spices are non-leafy parts (e.g. bud, fruit, seed, bark, rhizome, and bulb) of plants used as a flavoring or seasoning, although many can also be used as an herbal medicine. A closely related term, ‘herb’, is used to distinguish plant parts finding the same uses but derived from leafy or soft flowering parts. Spices are essential ingredients in any good cook’s kitchen. They are also used in the manufacture of incense, oils, cosmetics, preservatives and flavorings. India is the largest producer, consumer and exporter of spices and spice products in the world and produces more than 50 spices. India is also a big exporter of Chilli, turmeric, cumin, pepper and many other spices. The revenues from India market are expected to expand to around USD 18 billion in FY’ 2020, growing with a CAGR of ~% from FY’ 2016 to FY’ 2020. The highest contribution to this growth is expected to come from the spice mixes and blended spices. As a whole any entrepreneur can venture in this project without risk and earn profit. Few Indian major players are as under • A D F Foods Ltd. • Aachi Masala Food'S Pvt. Ltd. • Akay Flavours & Aromatics Pvt. Ltd. • Catch Foods (India) Ltd. • Chordia Food Products Ltd. • Devon Foods Ltd. • Empire Spices & Foods Ltd.
Plant capacity: Turmeric Powder : 600 Kgs/Day Red Chilli Powder : 200 Kgs/Day Coriander Powder : 200 Kgs/Day Cumin Powder : 200 Kgs/DayPlant & machinery: 60 lakhs
Working capital: -T.C.I: Cost of Project : Rs 110 lakhs
Return: 28.00%Break even: 63.00%
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Readymade Garments

Readymade garments are a part of our daily life. Clothes are an epitome of a culture. People in different parts of the world have their own styles of dressing which symbolize their culture and status. They are made from many different fabrics and yarns. Their characteristics depend on the fibers used in their manufacture. Ready-made garments are divided into the following types: Outer clothing: workwear and uniform, leisure wear, sportswear (e.g. suits, pants, dresses, ladies' suits, blouse, blazers, jackets, cardigans, pullovers, coats, sports jackets, skirts, shirts (short- or long-sleeved), ties, jeans, shorts, T-shirts, polo shirts, sports shirts, tracksuits, bathing shorts, bathing suits etc.) The Indian clothing market for readymade garments is estimated at over Rs 1000 bn with men'swear segment accounting for 46%, while the shares of women's and kids' clothing are pegged at 36% and 17%, respectively. Garment industry accounted to US$ 109 billion in 2014 which is expected to reach US$ 127.8 billion by 2020. The exports post quota regime showed an annual growth nearly of 10%. The sector is expected to show a CAGR of 16% toreach $ 31 billion by 2020-21. This facilitates the development of new technologies and ensures a high quality product. Few Indian major players are as under • Aabhushan Apparels Pvt. Ltd. • Accel Apparels Pvt. Ltd. • Achiever Apparels Pvt. Ltd. • Active Clothing Co. Ltd. • Bhairav Knitting Pvt. Ltd. • Bhandari Apparels Ltd. • Bharat Knitting Works Ltd.
Plant capacity: Shirts : 1000 Pcs./Day Trousers : 1000 Pcs./DayPlant & machinery: 169 lakhs
Working capital: -T.C.I: Cost of Project: Rs 447 lakhs
Return: 28.00%Break even: 59.00%
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Hexamethoxymethyl Melamine (HMMM) Manufacturing Business

Hexamethoxymethyl Melamine (HMMM) Manufacturing Business. Profitable Business Ideas in Melamine Formaldehyde Resins Industry Hexa (methoxymethyl) melamine (HMMM)-containing resins are used in the production of coatings and plastics for cans, coils, and automobiles. A previous study demonstrated that this compound was associated with acute toxic effects on daphnia. Hexamethoxymethyl Melamine (HMMM) HMMM is a Hexa (methoxymethyl) melamine resin. It is used as a crosslinking agent with resorcinol or a novolak resin and as an adhesion promoter in rubber compounds with a variety of substrates. It is recommended as a replacement for hexamethylene-tetramine due to lower toxicity and less effect on scorch times. It is Crosslinking agent is a commercial grade of Hexamethoxymethyl melamine (HMMM) which supplied in liquid form. It is a versatile crosslinking agent for a wide range of polymeric materials, both organo-soluble and water-borne. It is soluble in most commonly used organic solvent but solubility in water is limited-when blended with most other water-reduciable resins, tolerates dilution in water. Highly etherified, low molecular weight hexamethoxymethyl melamine-formaldehyde resin supplied in liquid form at 98% minimum solids and applying for high solid or waterborne finishes, Automotive or general metals finishes, Coil or container coatings and Inks. There is one member of the melamine-formaldehyde coating resin family that deserves special consideration. This is hexamethoxymethyl melamine (HMMM). This is a methylated rather than a butylated or isobutylated product. HMMM, as opposed to melamine-formaldehyde resins of the usual type, does not self-condense to any great degree. The reaction is primarily with the sites on the backbone of the principal film former, the alkyd resin. Formaldehyde coating types HMMM will react with thermo settable acrylic polymers; either through hydroxyl or carboxyl groups, with the same improvement in properties as described for alkyd types HMMM is compatible with epoxy resins and may be used in the same manner as urea-formaldehyde resins are used to cross-link these polymers. Less is required, and improvements in initial color, gloss, and chemical resistance may be expected. Melamine formaldehyde is used in variety of product which are valued on basis of its toughness and ease of manufacturing, resultantly most of the melamine formaldehyde resins are highly customized as per the requirements of particular application. The curing behavior and the degree of cross-linking of melamine and formaldehyde determines tailored products properties such as electrical resistance, thermal stability and mechanical properties. Melamine formaldehyde resins has been extensively used for surface coating, especially for automotive top coats and metal furniture. However rising government regulation over release of formaldehyde in environment is decreasing use of melamine formaldehyde for coating manufacturing. Most common uses of melamine formaldehyde resin includes dinnerware, bathroom accessories, electrical breakers, receptacles, knobs and handles, kitchen utensils, appliance components, adhesives, laminates, textile, medium density fiberboard and hard boards among others. Melamine is an organic chemical compound obtained by thermal decomposition of urea in a liquid phase reaction. It exists in powder form at room temperature and is commercially available in white crystalline powder form with 99.8% purity. Melamine readily reacts with formaldehyde to produce melamine-formaldehyde (MF) resins. Demand for melamine is largely attributed to strong growth in the global construction industry and rising demand for lightweight and low-emission automotive. MF resins are widely employed in the manufacture of laminated wooden panels. These resins exhibit strong resistance to heat, stain, abrasion, and chemical reaction; thus, these are extensively employed in construction applications such as remodeling, furniture, and specialties laminates for electrical applications. The melamine market is largely driven by demand for laminates in building & construction activities. In terms of revenue, laminates accounted for more than 50% share of the global melamine market in 2014. Adhesives & sealants is another key application of melamine; this segment is projected to witness above-average growth rate during the forecast period. Other key applications of melamine include molding compounds, paints & coatings, flame retardants, textile resins, concrete plasticizers, and paper finish. Rapid urbanization, increase in disposable income, and rise in standard of living are key factors contributing to robust growth of the building and construction industry. This is one of the key drivers for the melamine market. Melamine resins are also used in the production of adhesives that are largely employed in panel laminations, hotline fixing of car seats, headlamps, trim, and other interior component assemblies in the automotive industry. Thus, rising importance of lightweight vehicles with lower emissions and increased fuel efficiency is expected to eliminate the usage of fixtures such as screws, nuts, and clamps in automotive assembling. Countries in Eastern Europe including Turkey, Russia, and Poland are anticipated to exhibit high growth in the melamine market during the forecast period. North America is projected to witness sluggish growth in the melamine market in the next few years. Latin America is expected to exhibit high growth owing to high demand for melamine in laminates and paper finish applications. Melamine is a white crystalline powder with 99.8% purity and is commonly used in the production of melamine-formaldehyde (MF) resins. Melamine-based resins are moisture-resistant and hard. Melamine contains nearly 66% nitrogen by mass. Thus, it offers flame-retardant properties when mixed with resins. MF resins release nitrogen gas when burned or charred. Melamine is used in a broad range of applications such as laminates, adhesives, molding compounds, surface coatings, paper treatments, textile resins, and flame retardants. Rapid urbanization, increase in disposable income, and rise in standard of living are key factors contributing to robust growth of the building and construction industry. The global melamine formaldehyde market is growing, owing to the huge demand for manufacturing laminates and adhesives. Apart from this, melamine formaldehyde is widely used in the construction industry in the form of sulfonated melamine formaldehyde in concrete plasticizers. Growing population coupled with increase in urbanization drives the overall construction industry, which in turn is expected to boost the growth of the overall melamine formaldehyde market. Increasing use of melamine formaldehyde in automotive manufacturing contributes to overall growth in the global melamine formaldehyde market. The building & construction sector, automotive market, and packaging market have seen growth or resurgence that has contributed to projected increase in the world-wide market for melamine formaldehyde. Melamine formaldehyde resins are thermally resistant due to which adhesives which are manufactured from melamine formaldehyde offer diverse advantages which contribute to the consumer product value. Urea formaldehyde (UF) resin is an opaque cross linked thermosetting polymer produced by condensation of urea and formaldehyde in an aqueous solution in the presence of ammonia as an alkaline catalyst. The product of the reaction is a colorless solution that is dried to form a powder for end applications. Urea formaldehyde solutions can be strengthened with an addition of cellulose and can also be tainted by adding pigments to make light, thin, strong, colorful, and translucent articles for household applications. The Asia Pacific urea formaldehyde resin market is estimated to grow to $3,427.7 million by 2018 at a CAGR of 6.6% from the year 2013-2018.
Plant capacity: -Plant & machinery: -
Working capital: -T.C.I: -
Return: 1.00%Break even: N/A
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